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    • 4. 发明申请
    • LIQUID CONTAINER
    • 液体容器
    • US20110000935A1
    • 2011-01-06
    • US12829937
    • 2010-07-02
    • Takeshi IWAMUROHitotoshi KIMURA
    • Takeshi IWAMUROHitotoshi KIMURA
    • B67D7/06
    • B41J2/17566B41J2/17513
    • A liquid container, which is operable to supply a liquid to a liquid ejecting apparatus, includes: a liquid containing portion capable of containing the liquid; and a liquid supply portion one end of which is connected to the liquid containing portion and the other end of which includes an opening which opens outwardly, the liquid supply portion that allows the liquid to flow from the liquid containing portion to the ejecting apparatus, the liquid supply portion that includes a liquid detecting portion which is operable to detect an amount of the liquid in the liquid container and which includes; a liquid detection chamber that contains the liquid supplied from the liquid containing portion; and a sensor that is disposed in the liquid detection chamber and that outputs a detection signal which is used to detect the amount of the liquid in the liquid container.
    • 一种液体容器,其可操作以将液体供应到液体喷射装置,包括:能够容纳液体的液体容纳部分; 液体供给部分,其一端连接到液体容纳部分,另一端包括向外开口的开口,允许液体从液体容纳部分流向喷射装置的液体供应部分, 液体供应部分,其包括液体检测部分,该液体检测部分可操作以检测液体容器中的液体的量; 液体检测室,其容纳从所述液体容纳部供给的液体; 以及设置在液体检测室中并且输出用于检测液体容器中的液体的量的检测信号的传感器。
    • 5. 发明授权
    • Method of manufacturing a liquid vessel
    • 制造液体容器的方法
    • US07731344B2
    • 2010-06-08
    • US11835375
    • 2007-08-07
    • Takeshi IwamuroHitotoshi Kimura
    • Takeshi IwamuroHitotoshi Kimura
    • B41J2/195B41J29/393B41J2/17B41J2/175B41J2/19
    • B41J2/17566B41J2002/17583Y10T29/49401
    • Disclosed herein is a method of manufacturing a liquid vessel including a liquid containing body having a discharge port for discharging liquid, and a liquid residual amount detection device having a liquid inflow port connected to the discharge port, a liquid lead-out portion for supplying the liquid and a vibration detection portion for applying vibration to a flow path between the liquid inflow port and the liquid lead-out portion and detecting a residual amount of liquid in the liquid containing body, the method including: connecting the liquid inflow port of the liquid residual amount detection device to the discharge port of the liquid containing body in which the liquid has been stored in advance and injecting the liquid from the liquid containing body into the liquid residual amount detection device to obtain a state in which the flow path is charged with the liquid.
    • 本发明公开了一种制造液体容器的方法,该液体容器包括具有用于排出液体的排出口的液体容纳体和具有连接到排出口的液体流入口的液体剩余量检测装置, 液体和振动检测部分,用于向液体流入口和液体引出部分之间的流动路径施加振动并检测液体容纳体中的残留液体,该方法包括:将液体的液体流入口 剩余量检测装置预先存储有液体的液体容纳体的排出口,并将液体从液体容纳体注入液体残留量检测装置,以获得流路被充满的状态 液体。
    • 7. 发明申请
    • METHOD OF MANUFACTURING A LIQUID VESSEL
    • 制造液体容器的方法
    • US20080034584A1
    • 2008-02-14
    • US11835375
    • 2007-08-07
    • Takeshi IWAMUROHitotoshi KIMURA
    • Takeshi IWAMUROHitotoshi KIMURA
    • B21D53/76
    • B41J2/17566B41J2002/17583Y10T29/49401
    • Disclosed herein is a method of manufacturing a liquid vessel including a liquid containing body having a discharge port for discharging liquid, and a liquid residual amount detection device having a liquid inflow port connected to the discharge port, a liquid lead-out portion for supplying the liquid and a vibration detection portion for applying vibration to a flow path between the liquid inflow port and the liquid lead-out portion and detecting a residual amount of liquid in the liquid containing body, the method including: connecting the liquid inflow port of the liquid residual amount detection device to the discharge port of the liquid containing body in which the liquid has been stored in advance and injecting the liquid from the liquid containing body into the liquid residual amount detection device to obtain a state in which the flow path is charged with the liquid.
    • 本发明公开了一种制造液体容器的方法,该液体容器包括具有用于排出液体的排出口的液体容纳体和具有连接到排出口的液体流入口的液体剩余量检测装置, 液体和振动检测部分,用于向液体流入口和液体引出部分之间的流动路径施加振动并检测液体容纳体中的残留液体,该方法包括:将液体的液体流入口 剩余量检测装置预先存储有液体的液体容纳体的排出口,并将液体从液体容纳体注入液体残留量检测装置,以获得流路被充满的状态 液体。
    • 8. 发明授权
    • Liquid container
    • 液体容器
    • US08328306B2
    • 2012-12-11
    • US12829937
    • 2010-07-02
    • Takeshi IwamuroHitotoshi Kimura
    • Takeshi IwamuroHitotoshi Kimura
    • B41J2/195
    • B41J2/17566B41J2/17513
    • A liquid container, which is operable to supply a liquid to a liquid ejecting apparatus, includes: a liquid containing portion capable of containing the liquid; and a liquid supply portion one end of which is connected to the liquid containing portion and the other end of which includes an opening which opens outwardly, the liquid supply portion that allows the liquid to flow from the liquid containing portion to the ejecting apparatus, the liquid supply portion that includes a liquid detecting portion which is operable to detect an amount of the liquid in the liquid container and which includes; a liquid detection chamber that contains the liquid supplied from the liquid containing portion; and a sensor that is disposed in the liquid detection chamber and that outputs a detection signal which is used to detect the amount of the liquid in the liquid container.
    • 一种液体容器,其可操作以将液体供应到液体喷射装置,包括:能够容纳液体的液体容纳部分; 液体供给部分,其一端连接到液体容纳部分,另一端包括向外开口的开口,允许液体从液体容纳部分流向喷射装置的液体供应部分, 液体供应部分,其包括液体检测部分,该液体检测部分可操作以检测液体容器中的液体的量; 液体检测室,其容纳从所述液体容纳部供给的液体; 以及设置在液体检测室中并且输出用于检测液体容器中的液体的量的检测信号的传感器。
    • 9. 发明授权
    • Liquid jetting system, liquid container, holder, and liquid jetting apparatus having holder
    • 液体喷射系统,液体容器,保持器和具有保持器的液体喷射装置
    • US08231209B2
    • 2012-07-31
    • US12409303
    • 2009-03-23
    • Yoshihiro KoizumiTakeshi IwamuroHitoshi MatsumotoHitotoshi Kimura
    • Yoshihiro KoizumiTakeshi IwamuroHitoshi MatsumotoHitotoshi Kimura
    • B41J2/175B41J2/17
    • B41J2/1752B41J2/1753B41J2/17553
    • The liquid container has a side wall with a bias-force receiving part. The liquid jetting apparatus has a liquid container holder. The holder is equipped with a feed needle, a holder-side electrode, and bias force part. The feed needle receives feed of liquid from the liquid container. The holder-side electrode is electrically connected with the container. The bias force part exerts a bias force on the bias-force receiving part. The liquid container is equipped with a feed part with a feed port and a container-side electrode. The feed port opens onto the front wall and receives the feed needle. The container-side electrode is secured to be electrically connected with the holder-side electrode. The biasing direction is established such that an extended line extending in the biasing direction from the bias-force receiving part is offset from the container-side electrode towards the side wall side.
    • 液体容器具有带有偏压力接收部的侧壁。 液体喷射装置具有液体容器保持器。 保持器配备有进给针,保持器侧电极和偏压部。 进料针接收来自液体容器的液体进料。 保持器侧电极与容器电连接。 偏置力部分对偏置力接收部施加偏压力。 液体容器配备有具有进料口和容器侧电极的进料部分。 进料口通向前壁并接收进料针。 容器侧电极被固定成与保持器侧电极电连接。 偏压方向被建立为使得从偏置力接收部沿偏压方向延伸的延伸线从容器侧电极偏向侧壁侧。
    • 10. 发明申请
    • LIQUID JETTING SYSTEM, LIQUID CONTAINER, HOLDER, AND LIQUID JETTING APPARATUS HAVING HOLDER
    • 液体喷射系统,液体容器,夹具和液体喷射装置
    • US20090244224A1
    • 2009-10-01
    • US12409303
    • 2009-03-23
    • Yoshihiro KoizumiTakeshi IwamuroHitoshi MatsumotoHitotoshi Kimura
    • Yoshihiro KoizumiTakeshi IwamuroHitoshi MatsumotoHitotoshi Kimura
    • B41J2/175
    • B41J2/1752B41J2/1753B41J2/17553
    • A liquid jetting system includes a liquid container including a front wall, and a side wall having a bias-force receiving part, and a liquid jetting apparatus including a holder that receives installation of the liquid container through insertion of the liquid container in a prescribed insertion direction with the front wall facing forward. The holder further includes a liquid feed needle that receives feed of liquid from the liquid container when the liquid container has been installed, a holder-side electrode situated to a upper side from the liquid feed needle and adapted to electrically connect with the liquid container when the liquid container has been installed, and bias force part situated to a lower side from the liquid feed needle and adapted to exert a bias force on the bias-force receiving part of the liquid container in a prescribed biasing direction when the liquid container has been installed. The liquid container further includes a feed part having a liquid feed port that opens onto the front wall and that receives insertion of the liquid feed needle when the liquid container has been installed in the holder, and a container-side electrode that is to be secured at such a location as to electrically connect with the holder-side electrode when the liquid container has been installed in the holder. The biasing direction is established such that an extended line extending in the biasing direction from the bias-force receiving part is offset from the container-side electrode towards the side wall side.
    • 液体喷射系统包括:液体容器,包括前壁和具有偏置力接收部分的侧壁;以及液体喷射装置,其包括保持器,所述保持器通过将液体容器插入到规定的插入物中而接收液体容器的安装 方向与前壁朝前。 保持架还包括一个液体供给针,当液体容器已经安装时,该液体进给针从液体容器接收液体,从液体供给针位于上侧的保持器侧电极,并适于与液体容器电连接, 已经安装了液体容器,并且偏置力部分位于从液体进给针的下侧,并且当液体容器已经被施加时,能够以预定的偏压方向在液体容器的偏置力接收部分施加偏压力 已安装。 所述液体容器还包括供给部,所述供给部具有向所述前壁开放的液体供给口,并且当所述液体容器安装在所述保持器中时,所述供给部接收所述液体供给针的插入;以及待固定的容器侧电极 在将液体容器安装在保持器中时,与保持器侧电极电连接的位置。 偏压方向被建立为使得从偏置力接收部沿偏压方向延伸的延伸线从容器侧电极偏向侧壁侧。